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MS364
- Product Description
-
- Commodity name: MS364
- Application Areas: Other Batteries,ESS,Power Battery
- Product Type: LMFP
- Product Characteristics: High compact density
- 型号: MS364
- D50（μm）: 1±0.5
- 粉体压实(g/cm³): ≥2.30
- C（%）: 1.6±0.35
- 比表面(m²/g): 18±2
- 粉末电阻率（Ω·cm）: ≤100
- 0.1C首充容量(mAh/g): ≥150
- 0.1C首效（%）: ≥90
- 0.1C首放容量 (mAh/g): ≥148
High compact density</br> High capacity</br> Excellent processing
Product Features
Product Type Product Model Product Features Powder Compaction(g/cm³) 0.1C First Charge Capacity
(mAh/g)
0.1C Discharge Capacity
(mAh/g)
LMFP MS364 High compact density ≥2.30 ≥150 ≥148 
High compact density
Improvement of compaction density through optimisation of raw material ratios and other processes
High capacity
Through special doping technology, the ionic conductivity of the material is effectively improved, which effectively enhances the performance of the material's gram capacity
Excellent processing
Improve the slurry mixing process, optimise the carbon source and reduce the amount of flocculated carbon between particles
Application
Power Battery
E2W
3C Digital
ESS
MS364 High Compact Density LMFP: Pioneering Excellence in Cathode Material Technology
In the realm of advanced battery technologies, the MS364 high compact density Lithium Manganese Iron Phosphate (LMFP) cathode material emerges as a formidable player. Engineered to cater to the diverse needs of power batteries, electric two-wheelers (E2W), 3C digital devices, and energy storage systems (ESS), the MS364 sets new standards with its superior performance and unmatched efficiency. Boasting a powder compaction density of ≥2.30 g/cm³, this innovative material ensures exceptional energy density and structural stability, heralding a new era in battery performance.
Unveiling the Key Features of MS364 High Compact Density LMFP
1. Unparalleled Compaction Density:
At the heart of the MS364's prowess lies its extraordinary compaction density. Achieved through meticulous optimization of raw material ratios and the application of cutting-edge processing techniques, this material maximizes compaction density. This not only augments the volumetric efficiency of batteries but also signifies a substantial leap forward in energy storage capabilities. The heightened density allows for more energy to be packed into a smaller, lighter footprint, a critical advantage in applications where space and weight are at a premium.
2. Exceptional Capacity Metrics:
Capacity is the cornerstone of any effective battery, and the MS364 delivers on this front with remarkable finesse. Leveraging special doping technology, it significantly boosts ionic conductivity, thereby achieving an impressive first charge capacity of ≥150 mAh/g and a discharge capacity of ≥148 mAh/g. These metrics ensure that devices powered by MS364 batteries can operate longer and more reliably between charges, enhancing user convenience and satisfaction.
3. Process Optimization for Consistency:
Consistency in production is vital for large-scale manufacturing, and the MS364 excels in this regard. Through refined slurry mixing techniques and strategic carbon source selection, particle flocculation is minimized. This meticulous attention to detail ensures enhanced production consistency, which translates to every batch of MS364 meeting stringent quality standards. Such reliability is indispensable for industries that require large-scale battery production without compromising on performance.
Applications Across Diverse Sectors
1. Power Battery Applications:
Electric vehicles (EVs) and industrial equipment demand batteries with high energy densities to sustain their intensive power requirements. The MS364’s high compaction density and exceptional capacity make it an ideal choice for these applications. It delivers longer ranges and more reliable performance, addressing the critical needs of the EV market and industrial sectors alike.
2. Electric Two-Wheelers (E2W):
For electric scooters and bikes, long-range and durability are imperative. The MS364 ensures that E2W devices can travel greater distances on a single charge while maintaining robust performance over time. This enhances the practicality and appeal of electric two-wheelers, making them a more viable option for urban commuting and short-distance travel.
3. Consumer Electronics (3C Digital Devices):
In the competitive landscape of consumer electronics, compact yet high-capacity batteries are essential. The MS364’s superior energy density enables the development of smaller, lighter batteries without sacrificing performance. This is particularly beneficial for portable devices such as smartphones, tablets, and laptops, where battery life is a critical factor in user satisfaction.
4. Energy Storage Systems (ESS):
Renewable energy sources like solar and wind require efficient storage solutions to ensure stable energy supply. The MS364 provides excellent cycling performance, making it perfect for use in ESS. Its ability to maintain stable performance over numerous cycles ensures reliable energy storage and retrieval, which is crucial for grid stability and the integration of renewable energy into the power mix.
Keywords： MS364
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